2023 Maxus E Deliver 3 Electric · ML73 CVP

The defining mechanical story for this 2023 Maxus eDeliver 3 is a single but significant suspension failure on the offside front lower arm inner bushes, occurring on the same day as a clean pass. This isolated Major defect, recorded on 30 April 2026, indicates that a critical front suspension component had worn to the point of non-compliance, requiring immediate rectification before the vehicle could be deemed roadworthy. The simultaneous pass with no advisories suggests that, aside from this single wear item, the vehicle presented no other recorded defects at the time of test. For a prospective buyer, this means the underlying bush wear must be confirmed as professionally rectified with quality components, and the adjacent suspension geometry checked for any secondary damage caused by the deteriorated bush. With 50,404 miles recorded over approximately three years, this eDeliver 3 is accumulating around 16,800 miles annually, which is a notably high usage rate for a vehicle of its age, even allowing for commercial or fleet operation. The mileage recorded between MOT tests cannot be verified beyond the single 2026 entry, but the overall figure points to sustained, heavy operational use. Mechanically, high annual mileage on an electric van of this type places greater demand on the steering and suspension components, brake systems, tyres, and underbody protection, all of which are subject to continuous loading. The absence of any prior MOT test entries in the provided record is consistent with the vehicle only becoming due for MOT testing in its fourth year, so there is no longitudinal MOT history to confirm whether suspension wear has been a recurring theme. Given that the only recorded failure relates to offside front lower suspension arm bushes, a physical inspection should focus heavily on the front suspension geometry, both for confirmation of the repair and to check for related wear that may not have been flagged. On a test drive, listen for clonks or knocking noises from the front suspension over speed humps, uneven road surfaces, and during full-lock steering manoeuvres, as worn or improperly replaced bushes typically generate audible impact under load. Steering response should be checked for vagueness, wandering, or pull to one side under braking, which can indicate worn inner bushes allowing excessive wheel deflection. The nearside components should also be examined, as bushes on the same axle often wear at comparable rates, and the front tyres should be inspected for uneven inner or outer shoulder wear, which is a classic symptom of compromised suspension bush geometry. Beyond the suspension, the high-mileage commercial context of this vehicle warrants a thorough inspection of other consumable and structural items that an MOT would not necessarily fully evaluate. Brake discs and pads should be physically measured for remaining material, as high annual mileage typically accelerates wear on friction components, and the binding calipers should be checked for smooth retraction. The underbody, subframe, and suspension mounting points should be examined for corrosion, cracking, or impact damage, particularly given the load-carrying role of an eDeliver 3. Steering rack gaiters, anti-roll bar drop links, and track rod ends should be visually inspected for splits or excessive play, as these are common wear items on high-mileage light commercial vehicles. A thorough road test on varied surfaces, combined with a borescope inspection of the front suspension bushes if accessible, will provide the clearest indication of whether the recorded defect was an isolated event or symptomatic of broader front-end wear.